- InChI
- InChI=1S/C15H26O2Si2/c1-18(2,3)16-13-7-8-14-9-11-15(12-10-14)17-19(4,5)6/h7-12H,13H2,1-6H3/b8-7+
- InChI Key
- RFPVBKYJOKLJHR-BQYQJAHWSA-N
- Formula
- C15H26O2Si2
- SMILES
-
C[Si](C)(C)OCC=Cc1ccc(O[Si](C)
(C)C)cc1 - Molecular Weight1
- 294.54
- Other Names
-
- P-coumaric alcohol, 2tms derivative
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- Pc : Critical Pressure (kPa).
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.5621 | Relay (... Calculated Property | |
| ΔfG° | 10.02 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -511.84 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 69.25 | kJ/mol | Relay (... Calculated Property |
| IE | 8.22 | eV | Relay (... Calculated Property |
| log10WS | -3.57 | Relay (... Calculated Property | |
| logPoct/wat | 4.765 | Crippen Calculated Property | |
| Pc | 1243.52 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 576.63 | K | Relay (... Calculated Property |
| Tc | 741.17 | K | Relay (... Calculated Property |
| Tfus | 331.76 | K | Relay (... Calculated Property |
| Vc | 0.953 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Silane, [2-methoxy-4-(1-propenyl)phenoxy]trimethyl-.](data:image/png;base64,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)
Find more compounds similar to 3-(p-Trimethylsilyloxyphenyl)-1-trimethylsilyloxy-2-propene.
Sources
- Cheméo Relay (1.0)
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- Crippen Method
- Crippen Method
- NIST Webbook
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